void Scheduler::IntervalCheck()
{
m_bDetectClockChanges = true;
m_bExecuteProcess = true;
m_bDownloadRateChanged = false;
m_bPauseDownloadChanged = false;
m_bPauseScanChanged = false;
CheckTasks();
}
void Scheduler::FirstCheck()
{
m_mutexTaskList.Lock();
m_TaskList.sort(CompareTasks);
m_mutexTaskList.Unlock();
// check all tasks for the last week
time_t tCurrent = time(NULL);
m_tLastCheck = tCurrent - 60*60*24*7;
m_bDetectClockChanges = false;
m_bExecuteProcess = false;
m_bDownloadRateChanged = false;
m_bPauseDownloadChanged = false;
m_bPauseScanChanged = false;
CheckTasks();
}
void Scheduler::FirstCheck()
{
{
Guard guard(m_taskListMutex);
std::sort(m_taskList.begin(), m_taskList.end(),
[](std::unique_ptr<Task>& task1, std::unique_ptr<Task>& task2)
{
return (task1->m_hours < task2->m_hours) ||
((task1->m_hours == task2->m_hours) && (task1->m_minutes < task2->m_minutes));
});
}
// check all tasks for the last week
CheckTasks();
}
void Scheduler::ServiceWork()
{
if (!DownloadQueue::IsLoaded())
{
return;
}
if (!m_firstChecked)
{
FirstCheck();
m_firstChecked = true;
return;
}
m_executeProcess = true;
CheckTasks();
CheckScheduledResume();
}
void Scheduler::ServiceWork()
{
debug("Scheduler service work");
if (!DownloadQueue::IsLoaded())
{
return;
}
debug("Scheduler service work: doing work");
if (!m_firstChecked)
{
FirstCheck();
m_firstChecked = true;
return;
}
m_executeProcess = true;
CheckTasks();
CheckScheduledResume();
ScheduleNextWork();
}
